Issue 04/2016
bioplasticsMAGAZINE_1604
bioplasticsMAGAZINE_1604
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Toys<br />
Buss Laboratory Kneader MX 30-22<br />
for future developments.” Bio-on is currently in<br />
contact with almost all the major players in the plastic<br />
toys sector, but the first partner with whom it began<br />
a collaboration is Italeri (Calderara di Reno, Italy), a<br />
long-standing leader in the static scale modelling<br />
field that designs, produces and sells in over 50<br />
countries around the world and has a catalogue of<br />
hundreds of pieces, from the humble soldier to the<br />
aircraft carrier, with highly complex moulds.<br />
“We have always been very attentive in our choice<br />
of plastics,” said Gian Pietro Parmeggiani, who in<br />
1962 founded Italeri near Bologna with Giuliano<br />
Malservisi, “and being able to create new models<br />
today with an eco-sustainable and completely natural<br />
material projects us towards the future. We feel<br />
involved in a journey, more than a simple business<br />
deal, that will bear fruit in the coming years.” One of<br />
the company’s reasons for collaborating with Bio-on<br />
on the development of this material was the strategic<br />
decision to win back the young and particularly the<br />
under 14s: an interesting challenge for a sector that<br />
seemed to have been abandoned by the young.<br />
However, Italeri has succeeded in bringing 3,500<br />
students from some twenty schools (between 11 and<br />
18 years of age) from the Emilia Romagna region<br />
into a collaboration project with the Italian Ministry<br />
of Education to teach modelling technique. “In<br />
many schools around the world, there is a return to<br />
the manual activities lost through excessive use of<br />
computers and smartphones,” explains Parmeggiani,<br />
“with this project and through modelling, we want<br />
to show the usefulness of manual activities in<br />
education. To be able to do that in the future with<br />
Supertoys natural products will place us at the<br />
cutting-edge in the coming years and in general<br />
will give undisputed added value to our production,<br />
including that targeting adults.”<br />
Italeri’s technicians and Bio-on’s researchers are<br />
running dozens of tests thanks to the availability of<br />
the many different-sized moulds used for the 600<br />
models, including military vehicles, helicopters,<br />
ships, trucks, cars and motorcycles, for an overall<br />
production of approximately 1,500 items. For now,<br />
Supertoys development is at the experimental stage<br />
and no criticality has been encountered.<br />
All of this began at the laboratories of Bio-on,<br />
which designed and patented the world’s first fully<br />
bio-based PHAs plastic (certified since 2014 by the<br />
United States Department of Agriculture – USDA)<br />
and 100 % naturally biodegradable in water and<br />
soil (certified since 2008 by Vinçotte) without the use<br />
of chemical solvents. This exceptional product is<br />
obtained through the natural fermentation of bacteria<br />
fed by by-products from the agricultural industry<br />
with no competition with food supply chains. Bio-on<br />
biopolymers have exceptional properties that adapt<br />
to the injection and extrusion methods currently in<br />
use in the plastic industry and can cover a vast range<br />
of strategic applications: biomedical, packaging,<br />
design, clothing, automotive… and now toys too. MT<br />
www.bio-on.it<br />
Buss Kneader Technology<br />
Leading Compounding Technology<br />
for heat and shear sensitive plastics<br />
For more than 60 years Buss Kneader technology<br />
has been the benchmark for continuous preparation<br />
of heat and shear sensitive compounds –<br />
a respectable track record that predestines this<br />
technology for processing biopolymers such<br />
as PLA and PHA.<br />
> Uniform and controlled shear mixing<br />
> Extremely low temperature profile<br />
> Precise temperature control<br />
> High filler loadings<br />
Buss AG<br />
Switzerland<br />
www.busscorp.com<br />
bioplastics MAGAZINE [<strong>04</strong>/16] Vol. 11 27